FN156TPM005A
15.6
420x269x2.9
-20~70
-30~80
1366x768
LVDS
USB
340
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The 15.6-inch capacitive touch display module is designed for industrial and embedded systems requiring stable performance, reliable touch interaction, and straightforward system integration.
Combining an IPS LCD panel with a projected capacitive touch interface, the module delivers consistent visual quality and responsive multi-touch control for professional applications.
With LVDS display connectivity and USB touch interface, the module integrates easily with industrial motherboards and embedded platforms commonly used in HMI systems, kiosks, and control terminals.
The mechanical structure and module format support efficient installation, making it suitable for projects that prioritize long-term deployment and dependable operation in demanding environments.
IPS Panel for Stable Viewing Performance
Provides wide viewing angles and consistent color reproduction, supporting clear visibility across different installation positions.
Integrated Capacitive Multi-Touch
Supports intuitive gesture control and smooth interaction for modern HMI interfaces.
Industrial-Friendly LVDS Interface
Ensures stable signal transmission and compatibility with a wide range of industrial and embedded platforms.
USB Touch for Simplified Integration
Plug-and-play USB interface reduces development complexity and shortens system integration time.
Robust Mechanical Structure
Designed for reliable installation in industrial enclosures, kiosks, and embedded terminals.
Balanced Optical Performance
Delivers consistent brightness and image clarity suitable for indoor and controlled-light environments.

Size(inch): | 15.6 |
Module: | FN156TPM005A |
TFT LCD | |
Resolution: | 1366x768 |
Brightness(cd/m²): | 340 |
Display interface: | LVDS |
Panel type: | IPS |
Touch panel | |
Touch type: | Capacitive touch |
TP VA (mm): |
345x194 |
TPM Outline Size(mm): | 420x269.9x12.47 |
TP Interface: | USB |
Diver IC: | Microchip |

COVER LENS:
Shape: cut in special shape, Printing: Silk printing/Ceramic printing, Material: PMMA/Glass, Thickness: 0.55mm~10.0mm, Surface treatment: AG, AR, AF, AB.
Sensor:
Sensor made by FANNAL, Narrow bezel design, Thickness selectable.
FPC:
Required shape available, Touch IC selectable, Interface selectable.
Bonding:
Air bonding/optical bonding, low reflection, all one black effect.
TFT Display:
In-house manufacture/sunlight readable display/wide temperature display, IPS TFT display, Automotive-grade display.
Add-on:
backlight board, AD board, and wire sets.
Well suited for industrial human-machine interfaces where stable display performance and reliable touch interaction are required. The 15.6-inch format supports clear UI layouts for machine control, process monitoring, and equipment management.
Designed for integration with industrial motherboards and embedded platforms using LVDS output. The USB capacitive touch interface enables straightforward system integration for factory workstations and control terminals.
Suitable for indoor information kiosks, queue management systems, and service terminals. The IPS panel ensures consistent viewing performance from different angles, while multi-touch capability supports intuitive user interaction.
Applicable to medical information systems, nurse stations, and patient interaction terminals in controlled indoor environments where dependable operation and clear visibility are essential.
A practical solution for embedded systems requiring a medium-size touch display with stable signal transmission and simplified integration into custom enclosures.
FAQ
What should be verified before integrating this display into a system?
Engineers should confirm that the host platform provides compatible LVDS signaling and appropriate power design. Signal mapping, grounding strategy, and cable routing should also be reviewed to ensure stable long-term operation.
How is the touch function recognized by the operating system?
The projected capacitive touch interface communicates via standard USB HID protocol. Most mainstream operating systems can recognize it automatically, reducing driver development and integration complexity.
Are there specific mechanical considerations during enclosure design?
Yes. Proper structural support, mounting alignment, and tolerance control are important to maintain bonding integrity and prevent stress on the glass assembly over time.
Is this module suitable for continuous daily operation in industrial environments?
The design supports long-term deployment in indoor professional applications where stable performance and consistent interaction are required.
Can this display be customized for OEM or project-based requirements?
Customization options such as cover glass treatment, branding, cable configuration, and mechanical adjustments can be evaluated depending on project scope and production volume.